CN109596341A - A kind of direct type main shaft run-in stand - Google Patents
A kind of direct type main shaft run-in stand Download PDFInfo
- Publication number
- CN109596341A CN109596341A CN201811502634.1A CN201811502634A CN109596341A CN 109596341 A CN109596341 A CN 109596341A CN 201811502634 A CN201811502634 A CN 201811502634A CN 109596341 A CN109596341 A CN 109596341A
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- main shaft
- direct type
- type main
- driving motor
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- G—PHYSICS
- G01—MEASURING; TESTING
- G01M—TESTING STATIC OR DYNAMIC BALANCE OF MACHINES OR STRUCTURES; TESTING OF STRUCTURES OR APPARATUS, NOT OTHERWISE PROVIDED FOR
- G01M13/00—Testing of machine parts
- G01M13/02—Gearings; Transmission mechanisms
-
- G—PHYSICS
- G01—MEASURING; TESTING
- G01M—TESTING STATIC OR DYNAMIC BALANCE OF MACHINES OR STRUCTURES; TESTING OF STRUCTURES OR APPARATUS, NOT OTHERWISE PROVIDED FOR
- G01M13/00—Testing of machine parts
- G01M13/02—Gearings; Transmission mechanisms
- G01M13/028—Acoustic or vibration analysis
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- G—PHYSICS
- G01—MEASURING; TESTING
- G01M—TESTING STATIC OR DYNAMIC BALANCE OF MACHINES OR STRUCTURES; TESTING OF STRUCTURES OR APPARATUS, NOT OTHERWISE PROVIDED FOR
- G01M13/00—Testing of machine parts
- G01M13/04—Bearings
- G01M13/045—Acoustic or vibration analysis
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- General Physics & Mathematics (AREA)
- Acoustics & Sound (AREA)
- Testing Of Balance (AREA)
Abstract
A kind of direct type main shaft run-in stand, support base is fixed on platform using bolt, direct type main shaft is installed to support base, precise positioning is carried out to direct type main shaft using bolt by gripping block, fastening bolt is fixedly clamped, vibrating sensor is installed at the position of bearings of direct type main shaft, vibration monitoring is implemented to the bearing of operating, driving motor elevation and subsidence regulating device is installed on driving motor front-rear adjusting device with bolt, one end of shaft coupling is coupled into fastening with the output shaft end of driving motor, driving motor is installed on driving motor elevation and subsidence regulating device together with shaft coupling and operating adjustment experiment is carried out to direct type main shaft, the vibration frequency under different rotating speeds is monitored by vibrating sensor.The invention is suitble to merge the different direct type main shaft of various outer dimensions, and the clamping of quick and easy progress direct type main shaft and adjustment improve the service life of main shaft, be applied in contemporary metal parts machining industry and equipment manufacture industry manufacturing technology field.
Description
Technical field
It is straight that the present invention relates to one of contemporary metal parts machining industries and equipment manufacture industry manufacturing technology field
Eliminant main shaft run-in stand.
Background technique
In recent years, direct type main shaft run-in stand be applied in machining center equipment direct type main shaft maintenance process it is straight
Eliminant main shaft merges experimental provision, and the main function of direct type main shaft adjustment experimental bench is to direct type main shaft replacement bearing maintenance
Laggard Mobile state run-in experiment, while vibration, the sound and the heat condition of the direct type main shaft in operation process are monitored, and
And the testing stand is suitable for the direct type main shaft adjustment experiment of different model shape, is installed to after avoiding direct type main shaft maintenance
Carry out adjustment experiment in equipment, ensure that the repair quality of main shaft, improve the service life of main shaft, reduce the production and operation at
This.In various parts machining production processes, since the direct type main shaft precision of machining center equipment is directly related to processing
Quality, the machining center equipment of running at full capacity can all displace a large amount of direct type main shaft and repair, every year after maintenance
The dynamic accuracy of direct type main shaft can not detect, and can only be installed in equipment and be tested, and influence the production efficiency of equipment.Cause
This, researching and developing a kind of direct type main shaft run-in stand is always new issue anxious to be resolved.
Summary of the invention
The purpose of the present invention is to provide a kind of direct type main shaft run-in stand, the invention be it is a kind of can be to various shapes
The different direct type main shaft of size carries out the device of adjustment experiment, which fully considers various direct type main shaft difference shape rulers
It is very little, after fixed to direct type main shaft progress clamping, according to the size of the direct type main shaft end diameter of axle, adjust the ruler of shaft coupling
Very little, guarantee matches and fastens with direct type main shaft end diameter of axle size, adjusts the up and down direction and front-rear direction of driving motor
Position, the central axes of the central axes and main shaft that guarantee motor on the same line, fasten motor and shaft coupling, pass through control system
System and shock sensor adjust driving motor revolution in real time, complete dynamic adjustment and test and monitor its vibration frequency, improve straight
The repairing quality and service life of eliminant main shaft, reduce enterprise's production cost.
The object of the present invention is achieved like this: a kind of direct type main shaft run-in stand, including platform, support base, folder
Tight block, vibrating sensor, direct type main shaft, shaft coupling, driving motor, lubricating arrangement, driving motor elevation and subsidence regulating device, driving
Support base is fixed on platform by motor front-and-back adjusting device, control system using bolt, and direct type main shaft is installed to support
Seat carries out precise positioning to direct type main shaft using bolt by gripping block, and fastening bolt is fixedly clamped, in direct type main shaft
Vibrating sensor is installed at position of bearings, vibration monitoring is implemented to the bearing of operating, driving motor front-and-back adjusting device is utilized
Bolt is fixed on platform, and the central axes of the central axes and support seat that guarantee driving motor front-and-back adjusting device are in same straight line
On, driving motor elevation and subsidence regulating device is installed on driving motor front-rear adjusting device with bolt, by one end of shaft coupling with
The output shaft end of driving motor couples fastening, and driving motor is installed to driving motor elevation and subsidence regulating device together with shaft coupling
On, guarantee driving motor, driving motor elevation and subsidence regulating device, three mechanisms of driving motor front-and-back adjusting device central axes same
One plane, and the plane is vertical with the plane of platform, according to the centre-height of the direct type main shaft of clamping, adjusts driving motor liter
Falling tone regulating device keeps the center of its center line and direct type main shaft contour, according to the size of the direct type main shaft end diameter of axle, adjustment
The size of shaft coupling makes it match with the size of the direct type main shaft end diameter of axle, and the shape according to direct type main shaft entirety is long
Degree adjusts driving motor front-and-back adjusting device, guarantees that the direct type main shaft end diameter of axle is fully mounted in shaft coupling, locks shaft coupling
Device makes the movement of driving motor and torque be entirely delivered to direct type main shaft, operates it together；By the oil pipe line of lubricating system
It is installed on each oil site of direct type main shaft and fastens, bearing is made to obtain enough lubrications during operation, guarantee nothing
Leakage situation, starts direct type main shaft run-in stand, and simulation direct type main shaft is by control in the machining state of original equipment
System, adjusts the revolution of driving motor, carries out operating adjustment experiment to direct type main shaft, is turned by vibrating sensor monitoring in difference
Vibration frequency under speed, the direct type main shaft after avoiding maintenance, which is installed in equipment, carries out adjustment experiment, improves the production of equipment
Efficiency；
A kind of working principle of direct type main shaft run-in stand is that mechanical structure combines in direct type main shaft and fixes, drives
Dynamic motor elevation regulating device, driving motor front-and-back adjusting device, shaft coupling, lubricating arrangement, control system are integrated, and are suitble to each
The different direct type main shaft direct type main shaft run-in stand of kind outer dimension；By support base and gripping block to direct type main shaft
Precise positioning and clamping are carried out, guarantees that there can be no what is worn to show on adjustment experimental bench for direct type main shaft during operation
As according to the position of the direct type main shaft fixed, adjusting the elevation and subsidence regulating device of driving motor, making the center line of driving motor
Center line with direct type main shaft, according to the outer diameter of direct type main shaft shaft end, adjusts the internal diameter of shaft coupling with height,
It is set to match with the outer diameter of direct type main shaft shaft end, according to the contour length of direct type main shaft entirety, adjustment driving
Motor front-and-back adjusting device guarantees that direct type main shaft shaft end is fully mounted in shaft coupling, locks shaft coupling, driving motor
Movement and torque are entirely delivered to direct type main shaft, operate it together, connect lubricating arrangement piping, start direct type main shaft
Run-in stand, the operating condition of the testing stand analog machine adjust the revolution of driving motor by control system, to direct type
Main shaft carries out operating adjustment experiment, monitors the vibration frequency under different rotating speeds by vibrating sensor, improves direct type main shaft
Replace the repair quality and service life of bearing maintenance；
A kind of application method of direct type main shaft run-in stand is that direct type main shaft is installed to support base, is passed through
Gripping block carries out precise positioning to direct type main shaft using bolt, and fastening bolt is fixedly clamped, in the bearing position of direct type main shaft
Place's installation vibrating sensor is set, vibration monitoring is implemented to the bearing of operating, driving motor front-and-back adjusting device is consolidated using bolt
It is scheduled on platform, the central axes of the central axes and support seat that guarantee driving motor front-and-back adjusting device on the same line, will drive
Motor elevation regulating device is installed on driving motor front-rear adjusting device with bolt, by one end of shaft coupling and driving motor
Output shaft end connection fastening, driving motor is installed on driving motor elevation and subsidence regulating device together with shaft coupling, guarantees driving
Motor, driving motor elevation and subsidence regulating device, three mechanisms of driving motor front-and-back adjusting device central axes in same plane, and should
Plane is vertical with the plane of platform, according to the centre-height of the direct type main shaft of clamping, adjusts driving motor elevation and subsidence regulating device,
Keep the center of its center line and direct type main shaft contour, according to the size of the direct type main shaft end diameter of axle, adjusts the ruler of shaft coupling
It is very little, so that it is matched with direct type main shaft end diameter of axle size, according to the contour length of direct type main shaft entirety, adjustment driving electricity
Machine front-and-back adjusting device guarantees that the direct type main shaft end diameter of axle is mounted in shaft coupling, locks shaft coupling, make the fortune of driving motor
Dynamic and torque is entirely delivered to direct type main shaft, operates it together.The oil pipe line of lubricating arrangement is installed to direct type main shaft
Each oil site on and fasten, so that bearing is obtained enough lubrications during operation, guarantee No leakage situation, start straight knot
Formula main shaft run-in stand simulates direct type main shaft in the machining state of original equipment and adjusts driving motor by control system
Revolution carries out operating adjustment experiment to direct type main shaft, monitors the vibration frequency under different rotating speeds by vibrating sensor, keep away
Direct type main shaft after freedom from repairs, which is installed in equipment, carries out adjustment experiment, improves working efficiency and direct type main shaft repairs matter
Amount.
The structure of the invention for being characterized by it, operation principle and using method.
A kind of direct type main shaft run-in stand compared with prior art, has and is suitble to the various outer dimensions of adjustment different
Direct type main shaft, the clamping and adjustment, simulated machine tool of quick and easy progress direct type main shaft operate under different rotating speeds, pass through
Sensor monitors the Vibration Condition of its direct type main shaft, sound situation in real time, and make direct type main shaft reaches good operating shape
State improves the service life of main shaft, is installed in equipment after avoiding direct type maintenance and carries out adjustment experiment, reduces equipment
The advantages that downtime, will be widely used in contemporary metal parts machining industry and equipment manufacture industry manufacturing technology field
In.
Detailed description of the invention
The following describes the present invention in detail with reference to the accompanying drawings and embodiments.
Fig. 1 is structural schematic diagram of the invention.
Specific embodiment
Referring to attached drawing, a kind of direct type main shaft run-in stand, including platform 1, support base 2, gripping block 3, vibrating sensing
Before device 4, direct type main shaft 5, shaft coupling 6, driving motor 7, lubricating arrangement 8, driving motor elevation and subsidence regulating device 9, driving motor
Regulating device 10, control system 11 afterwards, using bolt that support base 2 is fixed on the platform 1, direct type main shaft 5 is installed to support
Seat 2 carries out precise positioning to direct type main shaft 5 using bolt by gripping block 3, and fastening bolt is fixedly clamped, in direct type master
Vibrating sensor 4 is installed at the position of bearings of axis 5, vibration monitoring is implemented to the bearing of operating, is filled being adjusted before and after driving motor
It sets 10 benefits to be fixed by bolts on platform 1, guarantees the central axes of driving motor front-and-back adjusting device 10 and the central axes of support seat 2
On the same line, driving motor elevation and subsidence regulating device 9 is installed on driving motor front-rear adjusting device 10 with bolt, will be joined
One end of axis device 6 couples fastening with the output shaft end of driving motor 7, and driving motor 7 and shaft coupling 6 are installed to driving electricity together
On machine elevation and subsidence regulating device 9, guarantee driving motor 7, driving motor elevation and subsidence regulating device 9, driving motor front-and-back adjusting device 10
The central axes of three mechanisms are in same plane, and the plane is vertical with the plane of platform 1, according to the direct type main shaft 5 of clamping
Centre-height adjusts driving motor elevation and subsidence regulating device 9, keeps the center of its center line and direct type main shaft 5 contour, according to straight knot
The size of the 5 end diameter of axle of formula main shaft adjusts the size of shaft coupling 6, makes the size kissing of itself and the 5 end diameter of axle of direct type main shaft
It closes, according to the contour length that direct type main shaft 5 is whole, adjusts driving motor front-and-back adjusting device 10, guarantee 5 end of direct type main shaft
The end diameter of axle is fully mounted in shaft coupling 6, locks shaft coupling 6, the movement of driving motor 7 and torque is made to be entirely delivered to direct type
Main shaft 5, operates it together；The oil pipe line of lubricating system 8 is installed on each oil site of direct type main shaft 5 and is fastened,
So that bearing is obtained enough lubrications during operation, guarantee No leakage situation, starts direct type main shaft run-in stand, simulation
Direct type main shaft 5 adjusts the revolution of driving motor 7, to direct type main shaft by control system 11 in the machining state of original equipment
5 carry out operating adjustment experiment, monitor the vibration frequency under different rotating speeds by vibrating sensor 4, the straight knot after avoiding maintenance
Formula main shaft 5, which is installed in equipment, carries out adjustment experiment, improves the production efficiency of equipment.
A kind of working principle of direct type main shaft run-in stand is that it is solid that mechanical structure combines in direct type main shaft
Fixed, driving motor elevation and subsidence regulating device, driving motor front-and-back adjusting device, shaft coupling, lubricating arrangement, control system are integrated,
It is suitble to the direct type main shaft direct type main shaft run-in stand that various outer dimensions are different；By support base 2 and gripping block 3 to straight
Eliminant main shaft 5 carries out precise positioning and clamping, guarantee during operation direct type main shaft 5 on adjustment experimental bench there can be no
The phenomenon worn adjusts the elevation and subsidence regulating device 9 of driving motor according to the position of the direct type main shaft 5 fixed, makes driving electricity
The center line of machine 7 and the center line of direct type main shaft 5 adjust shaft coupling according to the outer diameter of 5 shaft end of direct type main shaft with height
The internal diameter of device 6 makes it match with the outer diameter of 5 shaft end of direct type main shaft, according to the outer of 5 entirety of direct type main shaft
Shape length adjusts driving motor front-and-back adjusting device 10, guarantees that 5 shaft end of direct type main shaft is fully mounted in shaft coupling 6, locks
Tight shaft coupling 6, the movement of driving motor 7 and torque are entirely delivered to direct type main shaft 5, operate it together, connect lubrication
Device 8 is piped, and starts direct type main shaft run-in stand, and the operating condition of the testing stand analog machine passes through control system 11
The revolution for adjusting driving motor, carries out operating adjustment experiment to direct type main shaft 5, is turned by the monitoring of vibrating sensor 4 in difference
Vibration frequency under speed improves repair quality and service life that direct type main shaft 5 replaces bearing maintenance.
A kind of application method of direct type main shaft run-in stand is that direct type main shaft 5 is installed to support base
2, precise positioning is carried out to direct type main shaft 5 using bolt by gripping block 3, fastening bolt is fixedly clamped, in direct type main shaft 5
Position of bearings at vibrating sensor 4 is installed, vibration monitoring is implemented to the bearing of operating, by driving motor front-and-back adjusting device 10
Benefit is fixed by bolts to platform 1, and the central axes of guarantee driving motor front-and-back adjusting device 10 and the central axes of support seat 2 are same
On straight line, driving motor elevation and subsidence regulating device 9 is installed on driving motor front-rear adjusting device 10 with bolt, by shaft coupling 6
One end couple fastening with the output shaft end of driving motor 7, driving motor 7 and shaft coupling 6 are installed to driving motor liter together
On falling tone regulating device 9, guarantee driving motor 7, driving motor elevation and subsidence regulating device 9, driving motor front-and-back adjusting device 10 3
The central axes of mechanism are in same plane, and the plane is vertical with the plane of platform 1, according to the center of the direct type main shaft 5 of clamping
Highly, driving motor elevation and subsidence regulating device 9 is adjusted, keeps the center of its center line and direct type main shaft 5 contour, according to direct type master
The size of the 5 end diameter of axle of axis adjusts the size of shaft coupling 6, it is made to match with 5 end diameter of axle size of direct type main shaft, according to
The whole contour length of direct type main shaft 5, adjusts driving motor front-and-back adjusting device 10, guarantees the 5 end diameter of axle of direct type main shaft
It is mounted in shaft coupling 6, locks shaft coupling 6, so that the movement of driving motor 7 and torque is entirely delivered to direct type main shaft 5, make it
It operates together.The oil pipe line of lubricating arrangement 8 is installed on each oil site of direct type main shaft 5 and is fastened, bearing is being transported
Enough lubrications are obtained during turning, guarantee No leakage situation, start direct type main shaft run-in stand, simulate direct type main shaft
5 are adjusted the revolution of driving motor 7, are operated to direct type main shaft 5 by control system 11 in the machining state of original equipment
Adjustment experiment monitors the vibration frequency under different rotating speeds by vibrating sensor 4, and the direct type main shaft 5 after avoiding maintenance is pacified
It is attached in equipment and carries out adjustment experiment, improve working efficiency and direct type main shaft repair quality.
Claims (3)
1. a kind of direct type main shaft run-in stand, including platform, support base, gripping block, vibrating sensor, direct type main shaft,
Shaft coupling, driving motor, lubricating arrangement, driving motor elevation and subsidence regulating device, driving motor front-and-back adjusting device, control system,
It is characterized by: support base is fixed on platform using bolt, direct type main shaft is installed to support base, is utilized by gripping block
Bolt carries out precise positioning to direct type main shaft, and fastening bolt is fixedly clamped, and vibration is installed at the position of bearings of direct type main shaft
Dynamic sensor implements vibration monitoring to the bearing of operating, driving motor front-and-back adjusting device benefit is fixed by bolts on platform,
Guarantee driving motor front-and-back adjusting device central axes and support seat central axes on the same line, by driving motor rising-falling tone
Regulating device is installed on driving motor front-rear adjusting device with bolt, and the output shaft end of one end of shaft coupling and driving motor is joined
Fastening is connect, driving motor is installed on driving motor elevation and subsidence regulating device together with shaft coupling, guarantees driving motor, driving electricity
Machine elevation and subsidence regulating device, three mechanisms of driving motor front-and-back adjusting device central axes in same plane, and the plane and platform
Plane it is vertical, according to the centre-height of the direct type main shaft of clamping, adjust driving motor elevation and subsidence regulating device, make its center line
It is contour with the center of direct type main shaft, according to the size of the direct type main shaft end diameter of axle, adjust the size of shaft coupling, make its with it is straight
The size of the eliminant main shaft end diameter of axle matches, and according to the contour length of direct type main shaft entirety, adjusts tune before and after driving motor
Regulating device, guarantee the direct type main shaft end diameter of axle be fully mounted in shaft coupling, lock shaft coupling, make driving motor movement and
Torque is entirely delivered to direct type main shaft, operates it together；The oil pipe line of lubricating system is installed to each of direct type main shaft
It on a oil site and fastens, bearing is made to obtain enough lubrications during operation, guarantee No leakage situation, start direct type master
Axis run-in stand, simulation direct type main shaft adjust turning for driving motor by control system in the machining state of original equipment
Number carries out operating adjustment experiment to direct type main shaft, monitors the vibration frequency under different rotating speeds by vibrating sensor, avoid
Direct type main shaft after maintenance, which is installed in equipment, carries out adjustment experiment, improves the production efficiency of equipment.
2. a kind of direct type main shaft run-in stand according to claim 1, it is characterised in that: a kind of direct type
The working principle of main shaft run-in stand is that mechanical structure combines in direct type main shaft and fixes, driving motor elevation and subsidence regulating device, drives
Dynamic motor front-and-back adjusting device, shaft coupling, lubricating arrangement, control system are integrated, and are suitble to the straight knot that various outer dimensions are different
Formula main shaft direct type main shaft run-in stand；Precise positioning and clamping are carried out to direct type main shaft by support base and gripping block,
Guarantee that there can be no the phenomenons worn on adjustment experimental bench for direct type main shaft during operation, according to the direct type fixed
The position of main shaft adjusts the elevation and subsidence regulating device of driving motor, makes the center line of driving motor and the center line of direct type main shaft
With height, according to the outer diameter of direct type main shaft shaft end, the internal diameter of shaft coupling is adjusted, makes itself and direct type main shaft axis end
The outer diameter at end matches, and according to the contour length of direct type main shaft entirety, adjusts driving motor front-and-back adjusting device, guarantees
Direct type main shaft shaft end is fully mounted in shaft coupling, locks shaft coupling, the movement of driving motor and torque are entirely delivered to
Direct type main shaft operates it together, connects lubricating arrangement piping, starts direct type main shaft run-in stand, the testing stand
The operating condition of analog machine adjusts the revolution of driving motor by control system, and it is real to carry out operating adjustment to direct type main shaft
It tests, the vibration frequency under different rotating speeds is monitored by vibrating sensor, improve the maintenance of direct type main shaft replacement bearing maintenance
Quality and service life.
3. a kind of direct type main shaft run-in stand according to claim 1, it is characterised in that: a kind of direct type
The application method of main shaft run-in stand is that direct type main shaft is installed to support base, by gripping block using bolt to straight knot
Formula main shaft carries out precise positioning, and fastening bolt is fixedly clamped, and vibrating sensor is installed at the position of bearings of direct type main shaft, right
The bearing of operating implements vibration monitoring, and driving motor front-and-back adjusting device benefit is fixed by bolts to platform, guarantees driving motor
The central axes of front-and-back adjusting device and the central axes of support seat on the same line, by driving motor elevation and subsidence regulating device bolt
It is installed on driving motor front-rear adjusting device, one end of shaft coupling is coupled into fastening with the output shaft end of driving motor, will be driven
Dynamic motor is installed on driving motor elevation and subsidence regulating device together with shaft coupling, guarantees driving motor, driving motor lift adjustment
Device, three mechanisms of driving motor front-and-back adjusting device central axes in same plane, and the plane is vertical with the plane of platform,
According to the centre-height of the direct type main shaft of clamping, driving motor elevation and subsidence regulating device is adjusted, its center line and direct type master are made
The center of axis is contour, according to the size of the direct type main shaft end diameter of axle, adjusts the size of shaft coupling, makes itself and direct type main shaft end
End diameter of axle size matches, and according to the contour length of direct type main shaft entirety, adjusts driving motor front-and-back adjusting device, guarantees straight
The eliminant main shaft end diameter of axle is mounted in shaft coupling, is locked shaft coupling, is entirely delivered to the movement of driving motor and torque directly
Eliminant main shaft, operates it together.The oil pipe line of lubricating arrangement is installed on each oil site of direct type main shaft and is fastened,
So that bearing is obtained enough lubrications during operation, guarantee No leakage situation, starts direct type main shaft run-in stand, simulation
Direct type main shaft adjusts the revolution of driving motor by control system in the machining state of original equipment, carries out to direct type main shaft
Operating adjustment experiment, monitors the vibration frequency under different rotating speeds by vibrating sensor, the direct type main shaft after avoiding maintenance
It is installed in equipment and carries out adjustment experiment, improve working efficiency and direct type main shaft repair quality.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201811502634.1A CN109596341A (en) | 2018-12-10 | 2018-12-10 | A kind of direct type main shaft run-in stand |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201811502634.1A CN109596341A (en) | 2018-12-10 | 2018-12-10 | A kind of direct type main shaft run-in stand |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN109596341A true CN109596341A (en) | 2019-04-09 |
Family
ID=65962187
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201811502634.1A Withdrawn CN109596341A (en) | 2018-12-10 | 2018-12-10 | A kind of direct type main shaft run-in stand |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN109596341A (en) |
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN110802515A (en) * | 2019-12-06 | 2020-02-18 | 江苏心力量智能科技有限公司 | Novel main shaft running-in table |
| CN112710358A (en) * | 2021-03-29 | 2021-04-27 | 南京诚远高新科技有限公司 | Intelligent machine tool state monitoring device and state monitoring method thereof |
-
2018
- 2018-12-10 CN CN201811502634.1A patent/CN109596341A/en not_active Withdrawn
Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN110802515A (en) * | 2019-12-06 | 2020-02-18 | 江苏心力量智能科技有限公司 | Novel main shaft running-in table |
| CN112710358A (en) * | 2021-03-29 | 2021-04-27 | 南京诚远高新科技有限公司 | Intelligent machine tool state monitoring device and state monitoring method thereof |
| CN112710358B (en) * | 2021-03-29 | 2021-06-25 | 南京诚远高新科技有限公司 | Intelligent machine tool state monitoring device and state monitoring method thereof |
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Application publication date: 20190409 |